one generator coil: Generator Coil Drive: Why It Loaded the

hello ladies and gentlemen what's up this is Papa Bale welcome to the channel so I had this crazy idea since we got one generator coil hooked up and it generates 60 volts of DC electricity then we take this black clip right here which is hooked to that coil you know actually we got to ground it so it'll work so I'm going to do that real fast I'll be right back and we'll see what's up when I get back all right be right back all right it's grounded and I'm back we're going to spin this just to see if our multimeter is still clocking some juice it is great that's great got to hold that down for a second all right they leveled out [Music] we got some some pickup there all right we're getting going here we got 25 volts in the coil picking up pretty well okay we're going to go up cuz we're we're at a shaky spot I get going a little faster all right now the question is should I just remove the clip or should I turn off the power first think I'm going to turn the power off oh no I don't think I can I really don't know what's going to happen here because if I put it in there without the aid of the hall sensor it's just going to stall out so I think I have to leave the power on cuz it's powering the hall effect sensor but the other six strands that are hooked to the power distributor yeah so this is going to be maybe I'll turn it back up yeah I think I can turn it back up that's what I'm going to do it has to be about 5 volts to be on I'm going to turn it down generating 50 volts oh wow what's going on is it looks like it's increasing in speed and stuff no not really but maybe that was a decrease cuz this says zero now I think uh yeah it sucked it right out of there maybe we need some capacitance I don't know if this is actually going to work the way I wanted to now I mean probably won't it was just an idea you know I didn't really have any idea how it was going to work but but uh see if we turn it down yeah it's got a strong draw so as soon as that initial blast is gone all the power gets either sucked out of the the saturation gets sucked out of the coil that's what I see happening here and then uh it's not going it'll immediately lose speed and it's not going fast enough to generate I mean it gets about one volt steady not really steady but and I'm not sure about that Hall of effect sensor so this might be a good time to test the trigger coil see if it's working make sure that's hooked up right yeah it is see and now it's the hall effect sensor is blinking not sure I really like that that'll stop shaking once it gets going fast enough I don't want it to just pop out though I [Music] wonder h i wonder e see I don't I don't see any difference when I apply that 15 to 20 volts of DC to this I don't I don't see that increase in the speed or the torque or anything that's what I mean by motor ready this will power a light or something like that but it's not going to I don't understand why it's not is what I mean so somebody could explain that to me see this is a load now I guess that's why it is Ah that's what it is the coil then becomes a load so that's not what I want that's really not what I'm looking for so is there a way to harness that energy without I think it's when you ground it that it really becomes a problem because then you grounding the energy and I think that turns it into a load when you complete the circuit there's got to be a way to like Jerry rig the circuit to make it think it's complete but that energy gets recycled and reused now let me put this on there now 15 .3 I'm thinking that maybe maybe this particular circuit can't not draw power from the generator we'll see about another circuit we'll see about the next circuit we're going to do three three generator coils two more coils same size same dimensions we're going to put them in a 120° circuit so one here one there and one there I might have to redo the drive circuit anyway because I don't think I made the ends of the 50 turn coils long enough to put any other coils around this thing way too close using the terminal blocks the lines are just not long enough this is okay I can fix that I guarantee this thing isn't going like 300 RPMs right now but uh yeah I switched a few things uh again I removed the core changed the air gap so it's like really close now all these coils are really close I'm getting this thing up to uh 650 RPMs [Music] now and that that's not all the way up that's just 20.1 2.1 amps we are generating now 58 and it only going to be 58 volts if it keeps going at that speed and it just doesn't do that so I wonder like if we could store that energy somehow drve like as needed or is a turbo boost or is whatever but yeah this is truly amazing in my mind not what I've accomplished which is a lot despite what anybody else thinks man I didn't go to college for the stuff I want to be an accountant okay and I [ __ ] hate it kind of so that was my bad not the smartest person in the world know that cost me 100 Grand that my dad cost me 100 Grand so some It's A Hard Knock light sometimes now let's get another [Music] test so 550 overshot it by 100 I wonder if there's any way to get more out of this than that maybe I might try hooking up the generator coils as Drive coils see what happens 22,32 gauge but it's only one strand so it'll only be one transistor and I'm dying to see what'll happen we'll even run as soon as it starts slowing down it stops generating voltage and as soon as you plug it in it puts a load on the rotor so self self perpetuating motion from a thing like this is highly unlikely uh as is never going to happen ain't never G to happen so I don't need to hear any more about it do I I don't know I don't know we'll see and yeah I don't know I'm wondering if it's going to put a load on the rotor I wonder if there's any way to bypass the load of the generator coils when they get drawn upon like a way to hook up the circuitry so that it's tricked into thinking there's a ground there and the energy just flows through it really I'm I'm seriously talking about tricking electricity man that's what I'm talking about you got to trick it you got to coax it into thinking it belongs somewhere that it doesn't and then everything will be okay no seriously I know it sounds really like what is he talking about but that's what half these things do that's what they do you know like that diode right there it changes the AC into DC I know there's something in there that makes it happen and it also directs the flow so it's all going that way it goes in this one and out these two and it doesn't go back the other way see therefore you that thing right there tricks the electricity into thinking there's actually a direction that is supposed to be flowing in when when it's AC is just oscillating back and forth not really moving anywhere and all this drive circuit is AC there's no diodes on the drive circuit because I'm using terminal blocks where the diodes would be all right well thank you very much peace out have a good day please subscribe please like leave a comment and share with your friends I'm I'm itching to know more about what's going on here uh I'm probably going to redo the 250s like I said and change them into the 666 like this one and then you know these are 2,000 or 22,000 turns 22,000 turns and I think the dimensions are a little big for my magnets uh I think the reach of the magnet goes to right about there so the saturation of this coil is very unlikely or take extra amount of time to fully saturate what I'm wondering is if I can't get a similar amount of turns into a coil bobing that size because that's right about exactly where I believe the reach is okay thank you very much peace out bye now